L3Harris’ Draco system collects data from a wide range of existing field devices and sensors and merges it into a single, web-based user interface designed for rapid reaction and response. This cost-effective base-end system provides seamless, real-time situational awareness, as well as bidirectional command and control of remote devices.
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Provides a secure, global, web-based system that runs anywhere, with no installation required
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Natively supports over 50 L3Harris and third-party devices, with the ability to easily and dynamically add new device types
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Enables interdevice communication by monitoring and routing messages for devices like NAL SHOUT
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Removes redundant systems via the consolidated management of internet and satellite messaging
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Eliminates location incompatibility by accepting any location format
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Allows for system interoperability by transforming and generating multiple editable payload types over a range of transports
| Creates a bidirectional data path that enables users to send messages to a field device, update configurations over the air and initiate actions for remote and automated sensors and systems |
| Schedules outbound messages for future delivery |
| Converts data to meet the destination system’s format requirements |
| Stores and uses encryption keys for source and destination |
| Supports several different encryption algorithms |
| Supports the use of device-specific user interfaces, allowing users to select pre-built commands, build messages, review custom data formats or request data from a remote system |
| Tracks location information for any mission in real time |
| Allows users to view live or historic locations on one of several maps using Environmental Systems Research Institute (ESRI) vector and imagery maps, as well as other map sources |
| Enables Google Earth users to export Keyhole Markup Language (KML) streams for devices they want to track at any time and place |
| Allows users to select a device’s past data via built-in filters and sorting options to see where it has been, when it was there and what events happened along the way |
| Immediately alerts users about emergency situations, such as a ”911” button press or if a device stops reporting as expected; alerts can be forwarded to email, text messages or other endpoints |
| Collects, displays and distributes messages of all types (e.g., containing text data, position tracking information, sensor or media data) via one secure, convenient place |
| Enables users to set up a chat window to view, send and receive messages from a group of devices on a single screen |
| Allows users to create and send messages to field devices and other systems, including interdevice information (even if the devices are on different media) |
| Forwards or exports message, personnel tracking and locator (PTL), or metadata information for use in other systems |
| Allows users to identify geographical regions on a map, which can be associated with a configurable set of actions that take place upon entry and/or exit of the regions |
| Enables users to view and create geofences on a map as well as monitor geofence activity in near real time |
| Works with any device that provides positions |
| Enables devices to trigger actions (e.g., commands, texts, emails, user interface alerts) |
| Ensures that there is less sensitive information on devices if they are stolen or compromised |
